捕鼠器用鼠盒出料通道

Abstract

一种捕鼠器用鼠盒出料通道，包括鼠盒出料通道，其倾斜设置，靠近捕鼠工作腔的一端为低端，靠近鼠盒出料口的一端为高端；鼠盒出料通道的底部设有出料托运机构，出料托运机构包括第一轨道，第一轨道上设有能够沿着其滑动的滑块，滑块连接出料驱动动力件，出料驱动动力件为滑块在第一轨道上的滑动提供动力，滑块设有约束机构，在鼠盒进行出料时，约束机构能将鼠盒固定为一体。相对于现有技术，本实用新型的技术效果为，本实用新型的鼠盒出料通道倾斜设置，方便向外托运的稳定。

Claims

1. A discharge channel for a mousetrap box, characterized in that: The system includes a mouse box discharge channel (150), which is inclined, with the end near the mouse trap working chamber (110) being the lower end and the end near the mouse box discharge port (120) being the higher end; the bottom of the mouse box discharge channel (150) is provided with a discharge transport mechanism (300), the discharge transport mechanism (300) includes a first track (330), the first track (330) is provided with a slider (320) that can slide along it, the slider (320) is connected to a discharge driving power component, the discharge driving power component provides power for the slider (320) to slide on the first track (330), the slider (320) is provided with a constraint mechanism, when the mouse box is discharging, the constraint mechanism can fix the mouse box (800) as a whole.

2. A mouse box outfeed passage for a mousetrap as defined in claim 1, wherein: The tilt angle of the mouse box discharge channel (150) is greater than that of the bracket (111).

3. The mouse trap mouse cage discharge passage according to claim 1, wherein: The mouse box lid storage compartment (140) is perpendicular to the mouse box discharge channel (150).

4. The mouse trap mouse cage discharge passage according to claim 1, wherein: The constraint mechanism includes three levels: a first-level constraint mechanism (321), a second-level constraint mechanism (322), and a third-level constraint mechanism (323). The first-level constraint mechanism (321) is hook-shaped. The second-level constraint mechanism (322) and the third-level constraint mechanism (323) both include two rotating push rods (327). The rotating push rods (327) are rotatably connected to the slider (320). The slider (320) has two sets of return springs (326) for resetting the rotating push rods (327). The far end face of the rotating push rod (327) is the pushing surface (325), and the outer side of the rotating push rod (327) is the rotating pressing surface (324). The rotating push rods (327) of the second-level constraint mechanism (322) and the third-level constraint mechanism (323) are both engaged with a discharge temporary blocking component (360). When the slider (320) moves backward, the discharge temporary blocking component (360) keeps the mouse box (800) in place.

5. A mouse box ejection passage for a mousetrap according to claim 4, characterized in that: One of the discharge temporary blocking components (360) includes a discharge mounting part (361) and a discharge blocking part (362). The discharge blocking part (362) is a plate material that gradually extends along the Y-axis and also gradually deviates in the X-axis direction.

6. A mouse box ejection passage for a mousetrap according to claim 5, characterized in that: The pushing surface (325) of the rotating push rod (327) of the three-level constraint mechanism (323) can extend out from the discharge port (120) of the mouse box.

7. The discharge channel of the mouse trap box as described in claim 6, characterized in that: The first track (330) consists of two sections, distributed on both sides of the slider (320); The discharge drive power component is a first motor. The output shaft of the first motor is connected to the first screw (310). The first screw (310) is rotatably connected to the rotating support plate (190). The first screw (310) is threadedly connected to the slider (320). The mouse box discharge channel (150) is equipped with a secondary detection sensor (155), which is an infrared beam sensor.

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